There will be two poster sessions during the conference (all posters will be available for viewers during 2 days):

• Poster Session #1: Wednesday, 2 October
• Poster Session #2: Thursday, 3 October

Participants can clarify their session here:

1. Bioorganic Chemistry
2. Chemo- and Bioinformatics
3. Pharmacology and Toxicology
4. Biochemistry
5. Organic Chemistry

Participants must be present at their posters during all the scheduled conference breaks, including Coffee Breaks and Lunches during the day of their Poster Session, in order to answer possible questions from the participants and The Assessment Committee.

The Assessment Committee will evaluate all the posters during the 2nd and the 3rd of October, according to the following criteria:

1) Visual aid

2) Clarity of the experimental data presentation

3) Quality and validity of the conclusions

4) Comprehensibility

The top 10 posters will be selected by the Assessment Committee. The Authors of these posters will be invited to give a short 5-minute oral presentation of their work and answer the questions of the Assessment Committee and all those wishing (on Friday, 4 October).

According to the results of the oral presentations, three best posters will be awarded, and the winners will be announced

Short description of main research directions:

• Design, synthesis and bioactivity of herbicide;
• Computer aided drug design, CADD;
• Fluorescence technology for detection of environmental pollutants.

1. Chen Yu-xiang, "Search for associations between combinations of genomic variations and Mycobacterium Tuberculosis drug resistance"
2. Kornoushenko Yury, "Design, in silico evaluation, synthesis, and determination of antitumor activity of potential inhibitors against Bcr-Abl tyrosine kinase"
3. Konstantinov Frants, "Computational evidence in favor of repurposing ketoconazole as an hemagglutinin-targeting anti-influenza drug"
4. Gonchar Anna, "Application of drug repurposing strategy to identify promising therapeutic compounds against drug-resistant Mycobacterium Tuberculosis enoyl acyl carrier protein reductase (InhA)"

Short description of main research directions:

I am interested in different aspects of computational chemistry and its application in physical chemistry, environmental chemistry, and enzymatic catalytic reactions both in aqueous and non-aqueous solutions. The methodology I have been using is based on molecular modelling computer simulations particularly classical molecular dynamics (MD) simulations. In addition, I am interested in the application of molecular dynamics (MD) simulations on carbon-based nanomaterials for energy and environmental-related research. Application of non-aqueous media for energy and CO2 capture in the chemical process by MD simulations. In addition, I am interested in the interaction of Nano-materials particularly carbon-based Nano compounds such as graphene, graphene oxide, carbon nanotubes, and biochar with biomolecules. The interaction of polymers and bio-polymers with biomolecules for different applications such as drug delivery is also my research direction to pursue by means of computational chemistry-based methods.

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Short description of main research directions:

Scientific research in the field of organic and bioorganic chemistry, biotechnology of nucleic acids and nucleotides, quantum chemical analysis of the heterocyclic bases recognition and activation in the catalytic site of nucleoside phosphorylases and the regio-selectivity of glycoside bond formation.

1. Furs Kanstantsin, "Computational identification of Navitoclax as a potent inhibitor of SARS-COV-2 fusion by targeting heptapeptide repeat sequence 1 in S2 protein"
2. Panova Elizaveta, "Synthesis and properties of new cyclohexyl-containing derivatives of N-salicylideneaniline"
3. Shaladonova Marina, "Virtual screening, ADMET analysis and molecular docking in searching novel human 17,20-lyase (CYP17A1) inhibitors"
4. Titovets Ernst, "Computer modelling of the brain-cortex water metabolism, based on the nanofluidic-domain theory, and its biomedical implications"
5. Gilevich Syargey, "Aryl-modified indirubin-glutathione conjugates as potential glutathione transferase GSTP1A and GSTP1B inhibitors: design and in silico binding studies"

Short description of main research directions:

Research topics include study of the biological activity of natural and modified steroids in vitro on cell cultures, expressed proteins and animal tissues and in vivo on animal or plant models: testing of antiestrogenic, anticancer, antioxidant andea elicitor activity, measuring the effect on steroid-converting enzymes, using enzymes in the synthesis of novel steroidal compounds and other.

1. Berzina Maria, "Analysis of NMR spectra of 2-chloradenosine N6-derivatives: identification of a previously undescribed intramolecular hydrogen bond"
2. Rogozhin Eugene, "Comparative structure-function analysis of plant defense peptide EcAMP1 from the alpha-hairpinin family to discover proline-19 substitution"
3. Kokoulin Maxim, "Capsular polysaccharides of marine gram-negative bacteria: from structure to biological properties"
4. Serchenya Tatyana, "Coupled systems of isothermal DNA amplification and an immunoassay for the detection of pathogenic bacteria"
5. Rasich Valeryia, "Activation of phospholipid-nucleosides nanoparticles of prodrugs"

1. Paleskava Alena, "Antibiotic Madumycin II disturbs protein synthesis machinery in a pleiotropic manner"
2. Belov Dmitrii, "Influence of quencher probe concentration and quencher type on thermodynamic stability of DNA-quencher-dye complex"

Short description of main research directions:

I am a research scientist specializing in computational biology, with a focus on integrating deep learning techniques to address complex biological problems. My research interests include developing novel algorithms for drug discovery, understanding molecular interactions, and applying machine learning models to improve biological data analysis and interpretation.

Short description of main research directions:

• protein engineering
• DNA synthesis
• proteomics

1. Andreev Yaroslav, "Peptide from the venom of the sea anemone Metridium Senile modulates the activity of the acid-sensing channel ASIC1a and causes pain"
2. Barashkova Anna, "The potency of plant antimicrobial peptide nigellothionin NsW2 in a complex with Escherichia coli thioredoxin as a regulator of plant and fungal growth"
3. Arnautova Alexandra, "3’-deoxyribosides of substituted adenine and benzimidazole analogs: synthesis and biological properties"
4. Efimova Anna, "Styryl dyes for viscosity measurement and detection of pathological processes in mitochondria of living cells"
5. Kayushin Alexey, "A new approach to the synthesis of Anti-Reverse Cap Analog (ARCA) and characterization of a side product obtained during synthesis"

Short description of main research directions:

Research interests focus on developing heterosteroidal compounds as anticancer agents against hormone-dependent cancers. This involves the rational design of targeted molecules, the development of efficient synthetic strategies, and the establishment of structure-activity relationships.

1. Konstantinova Irina, "Nucleoside phosphorylases synthesize regioisomeric modified nucleosides: a mistake or a secret plan?"
2. Mikhal'chuk Alexander, "Lipid autocoids and messengers of cellular tissue homeostasis"
3. Safenkova Irina, "Combination of LAMP, CRISPR/Cas12a, tripod probe and lateral flow test for sensitive and specific detection of Listeria monocytogenes"
4. Shakirzyanova Gulnara, "Identification and synthesis semiochemical compounds of stink bugs Eurygaster integriceps
5. Smirnova Olga, "Biotechnological synthesis of the antiviral drug ribavirin analogues modified on the amide group"

Short description of main research directions:

Current research interests cover the chemistry of N-O bond-containing compounds, stereoselective target-oriented synthesis, catalytic domino reactions, click chemistry, and new ligands for high-valent transition metal complexes.

Short description of main research directions:

The research of the group is based on chemical synthesis. We focus on the development of novel methods for the synthesis of small compounds and following application of the developed reaction methodology for preparation of focused compound libraries.

1. Kuleshov Denis, "Experimental instrument for scale up of microdroplet chemical synthesis"
2. Liu Yulong, "Highly efficient nondoped blue electroluminescence based on hybridized local and charge-transfer emitter bearing pyrene-imidazole and pyrene"
3. Baranovsky Alexander, "Secondary nitro compounds as possible precursors of nitrile oxides"
4. Shelukho Evgeniya, "Application of the intramolecular didehydro–Diels–Alder (IMDDA) reaction for the synthesis of thieno[2,3-f]isoindole-4(8)-carboxylic acids"
5. Varabyeva Nastassia, "5-acylamino-4,5,6,7-tetrahydrobenzo[d]isoxazoles as novel HSP90 inhibitors: design, sythesis, and biological evaluation"

Short description of main research directions:

The field of scientific interests is organic synthesis and medicinal chemistry. In the field of organic chemistry, the author specializes in multicomponent Castagnoli-Cushman reactions and diazo compound chemistry. Contribution to the field of medicinal chemistry is related to the development of selective inhibitors of reductases and lipoxygenases. These substances are used in the early development of drugs for antitumor therapy and neurodegenerative diseases.

1. Panina Yulia, "Meroterpenoids functionalized by imidazole and pyridine fragments and its membranotropic and biological activity"
2. Polyakova Anna, "A novel naphthalimide and styrylpyridinium based ICT - RET fluorescent probe for the ratiometric detection of Hg(II)"
3. Pospelov Evgeny, "Reductive ring contraction strategy in the synthesis of unsaturated heterocycles"

Short description of main research directions:

The main scientific interests relate to the field of steroid hormones and are associated with solving problems of their partial chemical synthesis, structural-functional relationships and practical use.

1. Menchinskaya Ekaterina, "Antitumor activity of triterpene glycosides from the sea cucumber Cucumaria djakonovi against breast cancer"
2. Osmakov Dmitry, "Peptide from sea anemone as a selective negative modulator of acid-sensing ion channel 3 (ASIC3) and potent analgesic agent"
3. Serebryanskaya Tatiyana, "Resistance is futile: targeting OXPHOS impairment for low toxic cancer chemoprevention and treatment. A case study of the first pH-sensitive organometallic metformin mimics"
4. Terpinskaya Tatiana, "Antitumor effects of mono- and diethanolamides of fatty acids on HeLa and glioma C6 cell line models"
5. Zhavoronok Irina, "Physiological effects of lipid messengers of cell-tissue homeostasis"

1. Chen Xiandan, "Novel metabolic regulation strategy for triple-negative breast cancer treatment: development and application of AP@ZIF-MEM nanosystem"
2. Sachanka Antos, "Enzyme activity of truncated variants of bovine DNA‑exotransferase"
3. Chuvashov Danil, "Chemical principles of isolation of peptide substances from sapropels"
4. Miroshnichenko Svetlana, "Microrna-targeted mesyl antisense oligonucleotides: biological performance and mechanism of action in colorectal cancer cells"
5. Mekhtiev Arif, "Cytotoxicity evaluation and docking studies of steroidal 17b-hydroxy-17a-methyl(isoxazoles)"
6. Sorokina Liubov, "An efficient h-BN-based adsorbent for the removal of polluting drugs from wastewater"

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Short description of main research directions:

The synthesis of sugars, nucleosides, nucleotides and 2'-5'-oligoadenylates; the study of their stereochemistry, biological and biochemical properties, the elucidation of the dependencies between their stereochemistry and chemical or biological properties. The development of chemical-enzymatic methods of synthesis of analogues of natural nucleosides and nucleotides. The development of technologies for producing antiviral and anticancer drugs.

Short description of main research directions:

High-throughput methods for generating synthetic antibodies and their application in CAR T-cell therapy development

Short description of main research directions:

Oncoimmunology, cancer immunotherapy, development and preclinical testing of anti-tumor vaccines and CAR-T therapy.